Solar Waves can be deployed on many different sites.
The same pre-assembled solar appliance can be configured for open land, canals, agriculture, reservoirs, mobility, parking, and charging infrastructure.
On Ground
Solar Waves reduces field assembly and shifts more of the work into factory production, creating a faster and more repeatable pathway for utility-scale rollout.
Over Canals
Solar Waves can turn irrigation canals and water corridors into productive solar power infrastructure. Deployed above the canal using rail or cable-suspended systems, Solar Waves generates power while helping shade exposed water surfaces to reduce evaporation.
Agrivoltaics
Solar Waves can be elevated above land for agricultural use to combine power generation with agriculture, shade management, water savings, and continued site access.
Floating Solar
Solar Waves extends the appliance model onto reservoirs and other industrial water surfaces. The core Solar Wavescan be adapted to buoyant support systems without abandoning its deployment strategy.
Mobile Power
Remote, temporary, and industrial sites often need power faster than conventional solar projects can be developed. Solar Waves can support redeployable or semi-permanent solar infrastructure for moving energy demand.
Car Parks
Solar Waves can transform parking areas into power-generating infrastructure. Deployed on an elevated support framework, the appliance provides solar generation, shade, weather protection, and a platform for EV charging.
EV Charging Stations
Remote EV charging stations are needed more and more. Solar Waves can combine solar generation, structural cover, and charging infrastructure into one deployable kit.
Talk to us about Solar Waves.
Discuss pilot projects, site fit, deployment requirements, and support-system fit with the Solar Waves team.